OPC UA Getting Real and Real-time - Report from OPC Day Finland 2018
Together with the Finnish Society of Automation, Valmet had the honor of hosting OPC Day Finland 2018 in Tampere. This was the 14th such event arranged on an annual basis that this year had the theme OPC UA Getting Real and Real Time. According to Mika Karaila, Research Director in Valmet’s automation business unit, this is a hot topic for Valmet. With the obvious advantage of being platform independent and secure, OPC UA is bringing all elements together, from edge devices to enterprise planning. With 14 pilots ongoing, the largest of which is with Neste covering 5,000 tags, Valmet’s OPC UA effort is rapidly expanding with the promise of real time communication suitable for process control.
OPC Unified Architecture (OPC UA, IEC 62541) has been selected as the communication protocol of choice for Industrie 4.0 and this OPC Day provided the opportunity for 80 industry professionals to gain the latest insights about the technology, the latest advances and future direction of OPC UA. Alongside the program of technical presentations, sponsors were provided with an exhibition area to further show products and encourage discussion on OPC UA.
Big data, edge devices and interoperability
The day started with a keynote address from Valmet’s Mika Karaila, Research Director, on Future Visions with OPC UA. His presentation covered briefly the history of OPC and the effect of Big Data and cloud computing to the Industrie 4.0 smart factory concept. The next steps with OPC UA are now evolving from information models to the automation systems and beyond.
So in future, OPC UA will be providing a seamless architecture from edge devices, including sensors and control devices to enterprise and cloud computing. The challenge is to manage the integration with the growth of the scale and complexity of the systems where Karaila sees the opportunities that OPC UA now offers in interoperability between edge devices and systems from different manufacturers.
From mass to matrix production
In the OPC Foundation keynote, OPC UA Enables Smart Manufacturing, I, Jouni Aro, continued with the development of OPC UA as manufacturing moves from mass production to matrix production of individually customized product on a flexible production line.
The German Industrie 4.0 initiative is laying out an architecture for future manufacturing plants. The automotive industry is especially looking for more flexibility in configuring their production lines - which will actually turn from a line to assembly cells in a grid layout, where each product can take an individual route according to the actual order from the customer.
OPC UA is identified as the key technology, enabling both standard communication, but also standard information modeling capabilities. These will enable a plug-and-work framework that can enable fulfilling the above mentioned needs of smart manufacturing.
Then Andreas Faath in his presentation VDMA supports the machinery industry developing OPC UA Companion Specifications detailed the cooperation of VDMA working groups with the OPC Foundation in defining industry needs.
As OPC UA extends to edge devices, Achim Laubenstein of the FieldComm Group presented OPC UA and Field Device Integration (FDI) for Industrie 4.0. Whereas earlier as many as 200 files for a relatively simple sensor could be needed for integration, FDI virtualizes physical devices in software as a FDI Device package. FDI brings standardization to the packaging and distribution of all the software and tools with only one FDI Device Package needed for a successful integration with a host.
OPC Foundation had just announced big news that OPC UA is going down to the field level. This announcement was completed a couple of weeks later in a press release where all major automation industry players announced that they are behing this initiative..
So it was great to have Matthias Damm, of ascolab GmbH, the leading figure of this work in OPC Foundation to give us a presentation about OPC UA Technical Update: PubSub Model and Time Sensitive Networks (TSN). Together with an overview and status update of OPC Foundation collaboration with partners, he described the introduction of new working groups to identify, manage and standardize OPC UA relevant topics focused on industrial automation.
Simulation of OPC UA Information Models
In the Prosys OPC presentation, Lauri Saikko presented the improvements designed for Prosys OPC UA Simulation Server to enable Simulation of OPC UA information models. This will be an interesting addition, enabling address space reflection of real OPC UA servers with simulated data. Stay tuned for new product releases in future!
One of the new information models to use will be OPC UA for Data Exchange in Process Industry (DEXPI) that we have been defining with Nikolaos Papakonstantinou from VTT Finland. DEXPI is a standard for engineering of Piping & Instrumentation (P&I) Diagrams that is driven by end-user companies like BASF and Bayer and supported by CAD/CAE software vendors such as Autodesk, Aveva, Intergraph and Siemens among others.
OPC UA in the Real World
The event gathered more sponsors than any one of the previous events, including key industrial device providers (Beckhoff, B&R, Kepware & Siemens) that have now top level OPC UA products available in the market. This will be the key for enabling end-users to create installations from OPC UA only without the need to go with OPC UA Gateway products.
To highlight the current state of art, Jukka Peltola from Plant4You was giving a talk about his experiences of OPC UA in the Real World. He has been comissioning a new green field factory, where OPC UA was used extensively to implement a highly interconnect production plant using off-the-shelf products from various vendors. Jukka’s experience of practical issues and recommendations are very helpful for anyone that wishes to use OPC UA on large or even small scale.
Matthias Damm presented the upcoming Global Discovery Server of Unified Automation that is expected to be available in 2019. That will be a major component enabling proper site wide security management of OPC UA applications.
Neste Engineering Solutions have been another frequent sponsor of these events. They have created perhaps the most successful OPC UA based product in the world, the NAPCON Suite. NAPCON is an Advanced Process Control platform that is used in petro chemical plants (Neste is the Finnish oil company), but also in other production sites that can benefit from highly optimized production control.
Mika Karaila ended the day by presenting the OPC UA Capabilities of Valmet DNA and the introduction of edge devices with OPC UA exemplified by a Valmet smart consistency transmitter providing data via OPC UA.
Check the Products for more about the Prosys OPC products.
The article was written in co-operation with Nigel Farrand (Latitude61).
Chief Technology Officer
Expertise and responsibility areas: OPC & OPC UA product development, project work and customer support
Prosys is a leading provider of professional OPC software and services with over 10 years of experience in the field. OPC and OPC UA (Unified Architecture) are communications standards used especially by industrial and high-tech companies.
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OPC UA is getting popular in real-world installations and also going towards real-time with the latest announcements about support for field level.
Videos explain you ho to get started with OPC UA end-user products or with development. Watch Jouni Aro, the CTO of Prosys OPC, giving the presentations for the OPC Foundation online.